ALGORITHM OF MAKING MANAGEMENT DECISIONS IN THE DEVELOPMENT OF ROCKET AND SPACE TECHNOLOGY IN THE FRAMEWORK OF THE STATE DEFENSE ORDER

This article is the first to propose a methodology for making management decisions in the development of rocket and space technology (RKT) within the framework of the State Defense Order (GOZ), which is an improved decision support system (DSS) to combat risky situations and risky combinations of internal and external environment for enterprises of the military-industrial complex (MIC). The uniqueness of this method lies in the fact that it takes into account all stages of the life cycle of the development of rocket and space technology and allows you to assess the risk tolerance of enterprises of the military-industrial complex in conditions of uncertainty of the consequences of risks. The variety of risks of research and development work in the development of the RCT complicates the processes of justifying the initial price of the state budget. The situation is further aggravated by the lack of a single methodology for justifying the initial price of the state budget, depending on the conditions of uncertainty in the development of the RCT. Systematic overestimation of the values of labor intensity indicators for the development of RKT within the framework of the state budget allows increasing the initial price of the state budget at times. In the context of the sanctions policy and the epidemiological situation in the world, the level of uncertainty for the development of rocket and space technology within the framework of the State Defense System is only increasing.

risks, security, process, certainty, uncertainty, environment, enterprise, rocket and space technology, State Defense Order